Changes in contaminant fluxes resulting from aggressive remediation of dense nonaqueous
phase liquid (DNAPL) source zone were investigated at two sites, one at Hill Air Force Base …

Permafrost thaw is a complex process resulting from interactions between the atmosphere,
soil, water and vegetation. Although advective heat transport by groundwater at depth likely …

Considering the importance of characterizing groundwater flow for assessing recharge and
contaminant transport, this study investigates the potential of two field methods to estimate …

Key attributes of the source zone and the expanding dissolved plume at a trichloroethene
(TCE) site in Australia were evaluated using trends in groundwater monitoring data along …

Measurement and interpretation of mass fluxes in favor of concentrations is gaining more
and more interest, especially within the framework of the characterization and management …

This paper presents the fundamental theory and laboratory test results on a new device that
is deployed in boreholes in fractured rock aquifers to characterize vertical distributions of …

The spatial moments of a contaminant plume undergoing bio-attenuation are coupled to the
moments of microbial populations effecting that attenuation. In this paper, a scalable inverse …

Currently, monitoring tools can be deployed in observation boreholes to better assess
groundwater flow, flux of dissolved contaminants and their mass discharge in an aquifer …

The ability to measure groundwater contaminant flux is increasingly being recognized as
crucial in order to prioritize contaminated site cleanups, estimate the efficiency of …

Due to differences in hydraulic conductivity and effects of well construction geometry,
groundwater lateral flow through a monitoring well typically differs from groundwater flow in …